Throughout my academic career, I have published several peer-reviewed papers in leading journals, including comprehensive studies on meteoroid fragmentation during the Geminid and Leonid meteor showers, radar observations of meteor storms, and the dynamics of mesospheric sodium during meteor events. My research has been widely recognized, earning me the Best Poster Award from the Astronomical Society of India in 2016 for my detailed statistical analysis of meteoroid fragmentation. Furthermore, I have presented my work at numerous national and international conferences, including the prestigious MST 15/iMST2 conference at Kyoto University in Japan and the National Space Science Symposium.

I am actively involved in ongoing research projects that include studying the lunar surface using Chandrayaan-2 instrumentation, analyzing meteoroid fragmentation associated with different comets and asteroids, and investigating the coupling between various atmospheric layers. These research efforts are aimed at advancing our understanding of space-weather interactions and their broader implications for planetary and atmospheric sciences.

In addition to my research, I have held several leadership positions, including serving as Head of the Physics Department at Aurora University, where I played a key role in designing and developing undergraduate and postgraduate courses in line with NEP 2020. I have also served as an editorial member for international scientific journals, including Acta Scientific and the Edward Group of Journals, ensuring the quality and dissemination of research in the field.

With a Ph.D. in Space Physics from JNTU Hyderabad and extensive experience teaching and mentoring students at various academic institutions, I am committed to fostering a culture of scientific curiosity and excellence. My strengths in teamwork, problem-solving, and scientific innovation have allowed me to thrive in collaborative research environments, making significant contributions to the understanding of meteoroid dynamics, space weather, and planetary atmospheres. My journey is driven by a desire to explore new research frontiers and translate my expertise into impactful scientific advancements for the benefit of the broader scientific community and society